He's not wrong about battery weight and range being an unsolved problem for trucks, assuming by trucks he means commercial cargo hauling vehicles rather than pickup trucks used as cars by suburbanites.
No, he's wrong there too. He said batteries were 'absurdly' heavy (for
all electric vehicles) and a 'complete non-starter' for trucks. Both statements are untrue.
He might have had a point if he didn't lay on the hyperbole, but then he would have to water down his argument.
I did the math on weight when I bought my Leaf. Kerb weight was a bit heavier than my previous Nissan Sentra, but it's a larger car (which I appreciate for the better visibility over other vehicles) so the proportional difference isn't much.
The Tesla Semi is doing the job for Pepsi running for up to 12 hours a day and 250 to 450 miles. There may be some routes that aren't yet suitable for electric trucks, but we don't need to replace all of them just yet. Even the lower range models made by other manufacturers probably suit 99% of use cases in the UK.
Here's the 5 electric truck models that Volvo sell in New Zealand:-
The full range. All ready. Electric.
FH, FM, FMX models 44 tonnes GCW and 300km range.
FE model 26 tonnes GCW and 300km range.
FL model 16 tonnes GCW and 450km range.
And here's an example of a 'big' electric truck:-
XDR80TE Mining Dump Truck
Loaded weight 109t
Payload 72t
range 140km
That thing would go all day in typical quarry operation.
It's even possible to convert a conventional truck to electric for quiet emission-free running:-
Foodstuffs and EECA partner up to build NZs first 100% electric refrigerated logistics truck
EECA had previously co-funded Foodstuffs to deliver 61 fast charge stations, 28 electric delivery vans and two ambient trucks. “Foodstuffs has developed a great track record in this space, proving the viability of electrification,” added Mr Briggs.
With EECA’s backing, Foodstuffs pulled together a brains trust of some of the country’s brightest and best transport, electrical and refrigeration engineers to convert the standard Isuzu FVY, 24 tonne, 6 wheel diesel truck to be 100% electric powered.
After extensive testing and driver training, the electric truck recently set out on its first official delivery run to New World Miramar, a 60 km round trip. With a range of between 150 and 200 km and capable of transporting 14 pallets of product at temperatures as low as minus 15 degrees centigrade, the truck completed its inaugural journey with ease.
Myriad said:
And he's not completely wrong about the large past energy investment in existing cars.
But he's still wrong. Old gas cars don't magically stop needing oil changes and replacement parts, in fact they need
more maintenance as they get older. A friend of mine recently spent $9000 on a
second-hand diesel engine to replace the one in his Mazda ute that blew up. And now that one is starting to smoke and needs a service.
Rowan Atkinson is right about one thing though. EVs do tend to last longer due to the cleaner drive train and fewer moving parts. No exhaust system to rust out or catalytic converter to clog up. No belts to replace. No vibration shaking everything to bits, no heat cooking stuff. The engine bay stays clean as a whistle and the 12V battery (which most EVs still need for accessory power) generally lasts much longer since it doesn't need to power a starter motor (another part you don't have to worry about).
My Leaf was 8 years old when I bought it and looked practically brand new. When the battery finally dies (assuming I don't go first) I will replace it rather than buying a new car, both because it will be cheaper and because I like my current car. No reason it shouldn't last 20 years like my previous two gas cars (which frankly were shot by then - I had them crushed). If only Nissan would offer their battery swap service in New Zealand...
On the face of it that's just a sunk cost fallacy. But the flip side is the even larger present or future energy investment that would be required to replace all those existing cars with new electric ones any faster than the normal replacement cycle (and we can't even come close to doing that with current production levels).
Actually we
will replace them in the 'normal replacement cycle'. Most countries have set a time limit of 2035 for stoppiing sales of new gas cars, but the switchover to electric will have largely occurred long before then. Contrary to Rowan Atkinson's concern, the fast turnover of new electric cars after 2-3 years use is good for that. In the next 10 years EVs will gradually displace gas cars on the second-hand market, speeding up adoption.
New EVs have much longer battery life than my 2011 leaf, and should easily last more than 10 years without severe capacity loss. Even the new Leaf is showing much less degradation than older models. In New Zealand most car dealers don't sell used gas cars that are more than 10 years old anyway, because they are generally worn out, unreliable, and have to be sold cheap so the profit is low.
EV manufacturing capacity has greatly increased recently. The world's largest EV battery maker, Chinese company CATL, is only running at 60% capacity despite new car sales in China being over 30% electric. Most car makers can switch from gas to electric without having to increase total capacity at all. Some, like
Stellantis, are already doing it. So all that is happening is their customers are buying electric cars instead of gas cars. But some other car companies - those that don't switch to EVs - will be making
less cars. Some may soon be making no cars at all.
Another concern people shouldn't have is that there might not be sufficient resources of metals like lithium and cobalt. These are actually being used more in other things (glass, steels) and alternatives are being found for EVs. Batteries are moving away from cobalt both to avoid supply issues and increase longevity. The latest batteries are using sodium (that stuff in salt) which is very abundant. Tesla have developed a motor that doesn't need rare earth magnets - not that it matters much because new ore deposits were quickly discovered once we bothered looking for them.
We can't get from here to there with some all-out crash program to replace every car (along with every power plant, boiler, furnace, kiln, truck, cargo ship, locomotive, plane...) while conducting business as usual in all other respects. The only "theres" with meaningfully curtailed warming we can get to are ones that, one way or another, involve fewer cars and less driving, at least over a long transition period if not indefinitely.
There is no 'all-out crash program to replace every car', 2030 is over 6 years away! Any car maker who can't make the switch in that time shouldn't be in business. Tesla even gave away their patents to make it easier for them! And we don't need to replace
every car, plane, ship etc., just the
majority of CO
2 emitters.
It's not hard as you make out either. Many boilers, kilns, furnaces and locomotives are already electric powered. Designs for ship that use wind and solar are already on the drawing board, and other solutions are being investigated. Synthetic fuels may be a part of it - but only if they can be made
much cheaper than at present.
Rowan Atkinson says we're 'not there yet' with batteries, so we will have to use synthetic fuels and hydrogen. But we are further along than he thinks, while those other solutions are not. For example Toyota says it is developing an engine that runs directly on hydrogen, but they haven't actually produced one yet. Hydrogen and synthetic fuels are still very expensive, with no indication that they will get much cheaper. Batteries OTOH
are getting cheaper and better.
I don't know anything about Atkinson's personal life or politics, but I'm going to assume unless told otherwise that his lifestyle doesn't resemble that of the characters he portrays. Rather, being about as wealthy as his enduring popularity suggests, and working for media supported largely by the sponsorship of large corporate interests, he's most likely to want to party on, or at least be influenced by his friends who do.
No, that's not it. He is a car enthusiast who says that EVs are 'a bit soulless', which reveals that he is in fact a
petrol-head who wants to drive a gas car for the nostalgia. And there's nothing wrong with that. I just wish he was more honest about his motives.
Rowan Atkinson says we're 'not there yet', and therefore you probably shouldn't buy an electric car. But this is lie. There are dozens of electric cars for sale in the UK right now that would suit the majority of people looking to buy a new car, like AutoExpress's
Affordable Electric Car of the Year 2023, the MG4:-
As it stands, EVs are expensive, due to the cost of the materials and tech needed to build them – but nobody seems to have told MG that when it built the MG4. Prices start from £26,995, meaning this all-electric family hatch is on a par with a regular petrol five-door model for cost, yet you don’t have to sacrifice technology, practicality, driving dynamics or usability.
What Rowan Atkinson is doing is not helpful. By discouraging people from buying an EV he is making it more likely that we
will need an 'all-out crash program' to replace every car - the very thing we are trying to avoid. This attitude that 'if we can't do it
all right now then we shouldn't do anything' is bogus and dangerous.
You don't even have to want to save the planet to want an electric car. It wasn't my primary motive. Mostly I just wanted to try out this new technology, and perhaps save on fuel costs. Zero emissions are better not only so you can feel less guilty, but because it doesn't smell and drip stuff on the garage floor. Even if there was no global warming crisis, an electric car could still be a worthwhile purchase.
So all the objections he has are irrelevant to the prospective purchaser. Let them make their mind up according to how they feel about the car itself, not put them off for 'reasons'. Then we will get faster adoption of EVs and maybe get closer to meeting our goals without so much pain.